JP2015007860A - Receipt and label issuing method, receipt and label issuing system, and printer driver - Google Patents

Abstract

An object of the present invention is to prevent misidentification when handing over a custom-made product to a customer when there is an order for the custom-made product. The POS register 2 determines whether or not special order information is included in the accounting process data to be printed on the accounting receipt A. If special order information is included, the POS register 2 The label data to be printed and the collation data for associating the label data with the accounting data are generated, the accounting data and the collation data are transmitted to the receipt printer 5, and the label printer 6 is labeled. Send data and verification data. [Selection] Figure 1

Description

  The present invention relates to a receipt and a label issuing method for issuing a receipt and a label related to the receipt, a receipt and a label issuing system, and a printer driver.

  Fast food restaurants such as hamburger shops are divided into guest rooms and kitchens. Orders for products by customers are accepted at an order counter installed in the guest room, and products are cooked in the kitchen. Such an order entry system of a fast food store includes a POS register and a receipt printer installed at an order counter, and a printer or display installed in a kitchen.

  Information on the ordered product is input to the POS register. The POS register performs settlement of the price based on the input information. When the settlement of the price is completed, accounting processing data that is transaction data is generated and transmitted to the receipt printer. The receipt printer receives the accounting data and prints and issues an accounting receipt. Further, when the payment is completed, the POS register transmits cooking instruction information generated based on the input product information to a printer or display installed in the kitchen. The kitchen-side printer prints out the received cooking instruction information, and the display displays the cooking instruction information on the screen. In the kitchen, cooking is performed according to the cooking instruction information. The finished product is packed, transported from the kitchen to the guest room, and delivered to the customer.

  In recent years, fast food stores accept special orders for changing the contents of products in order to cope with diversification of customer preferences. For example, for a hamburger, the orders are “pickle-free”, “mustard-free”, “lettuce-free”, “no mayonnaise”, and the like. These special order information is input to the POS register together with information on the ordered product, and is transmitted to the kitchen as cooking instruction information. In the kitchen, specially prepared hamburgers are cooked in parallel with normal hamburger cooking.

  Special order hamburgers and regular hamburgers are indistinguishable in appearance. For this reason, in the kitchen, a special order label that displays information on each special order is prepared, and a special order label is pasted when packaging cooked products so that it can be distinguished from the appearance. . This prevents mistaken delivery of products to customers.

  However, as the types of special orders increase, the types of custom-made labels that must be prepared in advance also increase. As a result, the labor devoted to management operations such as preparation, storage, and inventory check of many types of custom-made labels also increases.

  In order to eliminate the need for inventory management of custom-made product labels, it is conceivable that a custom-made product label is issued from a printer installed in the kitchen each time special order information is input to the POS register. That is, label data for issuing a custom-made label is generated in the POS register, the label data is transmitted to a printer in the kitchen, and the custom-made label is printed and issued in the printer. However, in order to issue such a custom-made label, it is necessary to change an existing application program (hereinafter referred to as “POS application”) operating on the POS register. For this reason, there exists a problem that the introduction cost for issuing a custom-order label will increase.

  Patent Document 1 proposes a method and a system for solving such problems. In this method and system, a receipt printer that prints an accounting receipt in cooperation with a POS register receives transaction data (accounting data) from the POS register, and if this data includes special order information. Generate label data for issuing a custom label, and send the generated label data to a label printer installed in a kitchen or the like. When the label printer receives the label data, it prints and issues a custom label. This allows you to issue a special order label that displays special order information when issuing an accounting receipt, without making any changes to the POS application running on the host device that receives the order for the product and performs the accounting process. Can do.

JP 2009-199588 A

  In the conventional system, several POS registers and receipt printers are installed at the store counter, and one or two label printers are installed in the kitchen to print the custom-made labels ordered by each POS register. It will be. For this reason, if multiple custom-order items are ordered from multiple customers at the same time, the relationship between the issued accounting receipt and the special-order label will not be understood, and the delivery of the special-order items will not be performed accurately, resulting in confusion at the store. There was a risk of it occurring.

  SUMMARY An advantage of some aspects of the invention is to solve at least a part of the problems described above, and the invention can be implemented as the following forms or application examples.

  (Application Example 1) A receipt and label issuing method for issuing a receipt and a label related to the receipt by using a receipt printer and a label printer, obtaining accounting process data, and predetermined information is included in the accounting process data If it is included, label data is generated based on the predetermined information, collation data for associating the label data with the accounting process data is generated, and for the receipt printer, the accounting process data and the A receipt and a label issuance method, wherein collation data is transmitted, and the label data and the collation data are transmitted to the label printer.

  According to this method, an order for a product is received, an accounting process is performed on the POS application in the POS register, and the accounting process data is output. The output accounting process data is acquired, and when there is an order (predetermined information) of a custom-made product in the accounting process data, label data and verification data are generated and transmitted to the label printer. On the other hand, collation data and transaction processing data are transmitted to the receipt printer. As a result, the label printer issues a custom-order label to which verification data is added, and the receipt printer issues an accounting receipt to which verification data is added.

  The reconciliation data may be, for example, a serial number that increases with each issuance, or you may prepare several symbols and change them repeatedly, and the employee will receive a special order and the accounting receipt that contains the custom order. Can be identified. The custom-made product label with the verification data added is affixed to the produced custom-made product and carried to the order counter where the POS register is placed. Matching data corresponding to the custom-made product is also printed on the accounting receipt that has already been issued, thereby preventing misidentification when the custom-made product is delivered to the customer.

  In addition, according to this method, it is not necessary to change the accounting process data (since the existing POS application can be used as it is), the introduction cost can be suppressed. When the accounting process data does not include predetermined information, it is preferable to transmit only the accounting process data to the receipt printer without generating label data and verification data.

  Application Example 2 A printer driver acquires the accounting process data output from an application, and generates the label data and the matching data when the accounting process data includes the predetermined information. The above receipt and label issuing method.

  According to this method, the accounting process data output from the application is acquired by the printer driver, and the label data and the collation data are generated when there is an order for a custom-made product in the accounting process data. As described above, since the label data and the collation data are generated by the printer driver, the present invention can be realized without making major modifications to the application on the POS register, the receipt printer, and the label printer.

  (Application example 3) The predetermined information is a character string related to the presence or absence or increase / decrease of the contents of a product, and the label is a custom-made product label indicating that the product is specially ordered. Receipt and label issuing method.

  According to this method, for example, when there is a character string indicating the presence / absence or increase / decrease of seasonings or toppings in the accounting process data, a custom product label with verification data is issued and verification data is added. An accounting receipt is issued. Thereby, the product produced according to the customer's request can be delivered to the customer without fail.

  Application Example 4 The printer driver generates a label code that specifies the type of the label as the label data, and the label printer reads graphic data previously associated with the label code from a predetermined storage unit The receipt and label issuing method described above, wherein the label is issued by combining the graphic data and the collation data.

  According to this method, since the label code is transmitted as label data from the host in which the printer driver is installed to the label printer, the data transmission amount can be reduced compared to the case of transmitting graphic data. As a result, the first print time can be shortened.

  (Application example 5) When the accounting processing data includes a plurality of the predetermined information, the printer driver generates a plurality of the label data based on each predetermined information, and at least each label data The receipt and label issuing method described above, wherein the collation data having a common part is generated.

  According to this method, even when a plurality of custom-made products are ordered in one accounting, a custom-made product label can be issued for all the custom-made products. In addition, each custom product label is printed with the verification data of the receipt issued in one transaction and the common verification data that is at least partially shared. It is possible to more reliably prevent mistakes when handing over.

  Application Example 6 The receipt printer that issues a receipt, the label printer that issues a label related to the receipt, the accounting process data acquisition unit that acquires accounting process data, and the accounting process data include predetermined information. A label data generation unit that generates label data based on the predetermined information, a collation data generation unit that generates collation data for associating the label data with the accounting data, and the receipt printer, A first transmission unit that transmits the accounting data and the verification data; and a second transmission unit that transmits the label data and the verification data to the label printer. Receipt and label issuing system.

  According to this configuration, when accounting processing data is acquired in the host, and there is an order (predetermined information) of a custom-made product in the accounting processing data, for example, label data and collation data are generated and transmitted to the label printer. To do. On the other hand, collation data and transaction processing data are transmitted to the receipt printer. As a result, the label printer issues a custom-order label to which verification data is added, and the receipt printer issues an accounting receipt to which verification data is added. The custom-made product label with the verification data added is affixed to the produced custom-made product and carried to the order counter where the POS register is placed. Matching data corresponding to the custom-made product is also printed on the accounting receipt that has already been issued. Therefore, the employee can collate the accounting receipt with the custom-made product label based on the collation data, and thus prevent misidentification when the custom-made product is delivered to the customer.

  Application Example 7 The accounting process data acquisition unit acquires the accounting process data output from an application, and the accounting process data acquisition unit, the label data generation unit, and the matching data generation unit are realized by a printer driver. The receipt and label issuing system described above.

  According to this configuration, the accounting processing data output from the application is acquired by the printer driver, and the label data and the collation data are generated by the printer driver. Therefore, the application on the POS register, the receipt printer, and the label printer are greatly modified. The present invention can be realized without any addition.

  (Application example 8) The predetermined information is a character string related to the presence or absence or increase / decrease of the contents of a product, and the label is a custom-made product label indicating that the product is specially ordered. Receipt and label issuing system.

  According to this structure, the product produced according to the customer's wishes, such as the presence or absence or increase / decrease of seasonings and toppings, can be definitely delivered to the customer.

  (Application example 9) A printer driver installed on a host capable of communicating with a receipt printer and a label printer, and when predetermined information is included in accounting processing data, label data is generated based on the predetermined information A label data generation unit for generating a verification data for associating the label data with the accounting process data, and the accounting process data and the verification data for the receipt printer. And outputting the label data and the collation data to the label printer.

  According to this configuration, the printer driver determines whether there is a custom order (predetermined information) in the accounting process data, and if there is a custom order, generates label data and verification data, These are output to the label printer. On the other hand, collation data and transaction processing data are output to the receipt printer. As a result, the label printer issues a custom-order label to which verification data is added, and the receipt printer issues an accounting receipt to which verification data is added. The custom-made product label with the verification data added is affixed to the produced custom-made product and carried to the order counter where the POS register is placed. Matching data corresponding to the custom-made product is also printed on the accounting receipt that has already been issued. Therefore, the employee can collate the accounting receipt with the custom-made product label based on the collation data, and thus prevent misidentification when the custom-made product is delivered to the customer. In addition, since the label data and the collation data are generated by the printer driver, the present invention can be realized without making major modifications to the application on the POS register, the receipt printer, and the label printer.

  (Application example 10) The predetermined information is a character string related to the presence or absence or increase / decrease of the contents of a product, and the label printer uses a custom-made label indicating that the product is specially ordered based on the label data. The printer driver as described above, which is issued.

  According to this structure, the product produced according to the customer's wishes, such as the presence or absence or increase / decrease of seasonings and toppings, can be definitely delivered to the customer.

It is a schematic block diagram of an order entry system. It is a block diagram of an order entry system. It is a flowchart which shows the flow of a receipt and label issuing process.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings. In this embodiment, the case where the receipt and label issuing system of the present invention is applied to an order entry system in a fast food restaurant such as a hamburger shop is illustrated.

(Order entry system)
FIG. 1 is a schematic configuration diagram of an order entry system 1. The order entry system 1 includes a POS register 2 that receives an order for goods and performs accounting processing, and a first printer connected in parallel to the POS register 2 by USB (Universal Serial Bus) cables 3 and 4, respectively. A receipt printer 5 and a label printer 6 as a second printer. The order entry system 1 also includes a display 8 connected to the POS register 2 by a cable 7.

  The receipt printer 5 issues an accounting receipt A (receipt) at the time of payment. The label printer 6 issues a custom-made label B (label) to be affixed to the custom-made product when the purchased product includes a custom-made product.

  The POS register 2 and the receipt printer 5 are installed, for example, at an order counter provided in a guest room 9A of a hamburger shop. The display 8 and the label printer 6 are installed at, for example, a counter provided in a kitchen 9B of a hamburger shop.

  The POS register 2 is installed with a POS application 30 (see FIG. 2) that accepts orders for merchandise and performs accounting processing, and a printer driver 10 (see FIG. 2) that controls the receipt printer 5 and the label printer 6. The POS register 2 includes a touch panel 21 that performs display and operation, a customer display 22 that displays information toward a customer, and a cash drawer 23 that stores banknotes and coins. When the customer places an order for a product at the order counter, the touch panel 21 is operated by an employee, and information on the ordered product is input to the POS register 2.

  Below, the outline | summary of operation | movement of the order entry system 1 is demonstrated. The touch panel 21 displays a list of products such as “hamburger”, “cheese burger”, “potato”, “salad”, and “coffee”. While confirming the customer's order, the employee touches the icon of the ordered product and inputs the product information. When a product icon is touched, the touch panel 21 displays a list of special orders for changing the contents of each product. For example, when “hamburger” or “cheese burger” is ordered, the touch panel 21 displays “pickle removal”, “mustard removal”, “lettuce removal”, “no mayonnaise”, “mayonnaise increase”, “mayonnaise decrease”. , Etc. are displayed. If the customer places these special orders following the order for the product, the employee touches the appropriate icon and enters the special order information. Here, for example, information of “1 cheeseburger”, “pickle-free”, “1 hamburger”, “1 coffee” is input.

  When the customer settles the price of the product and the employee touches the clearing key of the touch panel 21, the POS register 2 generates accounting process data based on the inputted product information. The accounting data includes information about the product such as the product name and quantity of the ordered product, and the total amount settled. If there is a special order, the information on the special order is included in the accounting process data. Further, the POS register 2 generates label data to be printed on the custom-order label B and collation data for associating the accounting receipt A with the custom-order label B when the accounting process data includes special order information. Then, the accounting process data and the collation data are transmitted to the receipt printer 5, and the label data and the collation data are transmitted to the label printer 6. The collation data may be, for example, a serial number that increases with each issuance, or several symbols may be prepared and changed repeatedly. The employee can create a custom product and a receipt that includes the custom product. Can be verified.

  In addition, the POS register 2 generates cooking instruction data based on the input product information and special order information, and transmits the cooking instruction data to the display 8 installed in the kitchen 9B. On the display 8, “1 cheese burger” is displayed as a product, and “without pickles” is displayed as special order information. In addition, “1 hamburger” information is displayed as a product requiring cooking. The employee in charge of the kitchen 9B cooks according to the display 8 and prepares a product. Coffee is prepared in the guest room using a coffee server installed at the order counter.

  When receiving the receipt data from the POS register 2, the receipt printer 5 issues an accounting receipt A based on the receipt data. On the accounting receipt A, the name of the ordered product, the number of the product, information a1 on the special order made for the product, and the total amount are printed. In addition, the check receipt a2 generated when there is a special order is also printed on the accounting receipt A.

  When receiving the label data from the POS register 2, the label printer 6 issues a custom-made label B based on the label data. In the figure, a case where a custom-made label B on which special order information b1 (“pickle removal”) is printed is issued is illustrated. Further, special order information b1 and collation data b2 are printed on the custom-made product label B.

  The employee in charge of the kitchen 9B attaches this custom-made label B when packaging the cooked special order product. Thereby, it can discriminate | determine that the goods are custom-order goods also from the external appearance of the packaged goods. Next, when all of the cooked products are ready, they are taken to the order counter. Then, the employee in charge of accounting and product delivery delivers the custom-made product to the customer together with the prepared product such as coffee and the accounting receipt A. The price is paid by the customer when the order is received or when the goods are delivered. The special order label B with the collation data b2 is attached to the special order product, and the collation data a2 corresponding to the special order product is also printed on the issued accounting receipt A. Therefore, the employee can prevent mistakes when handing over the custom-made product to the customer by collating the collation data a2 and b2.

(Control system)
FIG. 2 is a block diagram showing a control system of the order entry system 1. Here, the control system of the POS register 2, the receipt printer 5, and the label printer 6 will be described.

  The POS register 2 includes the POS application 30 and the printer driver 10 as main parts. The printer driver 10 includes reference numerals 11 to 18 shown below. The accounting process data acquisition unit 11 acquires accounting process data output from the POS application 30. The key code storage unit 12 stores a plurality of key codes for identifying special order information included in the accounting data in a nonvolatile manner. The key code is a character string indicating special order information such as `` with ketchup '', `` without pickle '', `` without mustard '', `` without lettuce '', `` without mayonnaise '', `` increase mayonnaise '', `` decrease mayonnaise '' Corresponding code. The key code detection unit 13 detects a character string that matches the key code stored in the key code storage unit 12 from the transaction processing data acquired by the transaction processing data acquisition unit 11.

  The collation data generation unit 14 performs collation data for associating the label data with the accounting data when the accounting data includes special order information (when the key code is detected by the key code detection unit 13). Is generated. The receipt data generation unit 15 generates receipt data including the accounting process data and the collation data when special order information is included in the accounting process data. The generated receipt data is transmitted to the receipt printer 5 via the first port 25 (first transmission unit). In addition, the receipt data generation unit 15 generates receipt data including only the accounting process data when the accounting process data does not include special order information.

  The label data storage unit 16 stores a label code for specifying the type of the custom-made label in a nonvolatile manner as label data. For example, “code 01” is stored for “with ketchup”, and “code 02” for “without pickle”. The label data generation unit 17 reads the label code corresponding to the key code from the label data storage unit 16 and generates the label data when the accounting process data includes special order information that is predetermined information. To do. Then, the label data (label code) is transmitted to the label printer 6 through the second port 26 (second transmission unit) together with the collation data. Further, the label data generation unit 17 naturally does not generate label data when the special order information is not included in the accounting process data.

  The receipt printer 5 is a line thermal printer that performs printing on a long recording paper P1 (see FIG. 1) that is fed out from roll paper. The control system of the receipt printer 5 is mainly configured by a control unit 50 including a CPU, a ROM, and a RAM. The receipt data is supplied from the POS register 2 to the control unit 50 via the communication interface 51. A line-type thermal head 54 and a paper feed motor 55 are connected to the output side of the control unit 50 via a head driver 52 and a motor driver 53, respectively. When receiving the receipt data, the control unit 50 drives and controls them to issue an accounting receipt A (see FIG. 1).

  The label printer 6 performs printing on the recording paper P2 (see FIG. 1). The label printer 6 in this example is a so-called sticky label printer, which prints on a long recording paper whose back surface is an adhesive surface fed out from a roll paper, and each time a print job is completed. The recording paper P2 is cut, and the cut recording paper piece is issued as a custom label B.

  The control system of the label printer 6 is mainly configured by a control unit 60 including a CPU, a ROM, and a RAM. Label data is supplied from the POS register 2 to the control unit 60 via the communication interface 61. A non-volatile memory 65 (predetermined storage unit) is connected to the control unit 60. The nonvolatile memory 65 stores a label code and graphic data corresponding to the type of the custom-made label B in association with each other. The control unit 60 reads the graphic data corresponding to the label data (label code) supplied from the POS register 2 and generates composite data by combining the graphic data and the collation data supplied from the POS register 2. For example, a necessary command such as a cut command for instructing cutting of the recording paper P2 is added to the composite data. A line type thermal head 69, a paper feed motor 70, and a recording paper cutter 71 are connected to the output side of the control unit 60 via a head driver 66, a motor driver 67, and a cutter driver 68, respectively. The control unit 60 drives and controls them, prints the generated composite data on the recording paper P2, cuts the recording paper P2 after printing, and issues a custom-made label B (see FIG. 1).

(Receipt and label issuing process)
FIG. 3 is a flowchart showing the flow of the receipt and label issuing process. In the figure, the processing of the POS register 2 will be described focusing on the processing of the printer driver 10. When the price of the product is settled by the customer, the POS register 2 generates accounting data by the POS application 30. When the printer driver 10 acquires the accounting process data output from the POS application 30 (S01), the printer driver 10 determines whether or not a character string that matches the key code is included (S02). (S02: Yes), label data and collation data are generated (S03, S04). Here, a serial number that increases with each issue is generated as verification data.

  Thereafter, the POS register 2 transmits the label data and the collation data to the label printer 6 (S05). The label printer 6 receives the label data and the collation data (S06), and prints the custom-made label B (S07). Further, after S05, the POS register 2 transmits the accounting process data and the collation data to the receipt printer 5 (S08). The receipt printer 5 receives the accounting process data and the collation data (S09), and prints the accounting receipt A (S10).

  On the other hand, if the POS register 2 determines in S02 that the accounting process data does not include a character string that matches the key code (S02: No), it transmits only the accounting process data to the receipt printer 5 (S11). The receipt printer 5 receives the accounting process data (S09) and prints the accounting receipt A to which no verification data is added (S10).

  As described above, according to the present embodiment, the printer driver 10 incorporated in the POS register 2 analyzes the accounting processing data output from the POS application 30 to determine whether there is an order for a custom-made product. When there is an order, the label data and the collation data are generated and the label printer 6 is instructed to print, so that a custom-made label B with a serial number can be issued. Further, when there is an order for a custom-made product, the printer driver 10 outputs the accounting process data and the collation data to the receipt printer 5, and therefore can issue an accounting receipt A with a serial number. Thereby, when an employee delivers a custom-made product to a customer, since the serial number of the custom-made product label B and the accounting receipt A can be collated, it is possible to prevent an error in delivery of the product. In addition, since the printer driver 10 analyzes the accounting process data, generates collation data, and label data, it is not necessary to change the POS application 30 or replace the receipt printer 5 and the label printer 6. Thereby, the introduction cost for issuing the custom-order label B can be reduced.

(Other embodiments)
In the above embodiment, the label data generation unit 17 generates label data by extracting a character string including a key code from accounting process data. However, all of the accounting process data may be generated as label data. . Further, a portion excluding the total amount from the accounting process data may be extracted and generated as label data. Information on all the ordered products is displayed on the custom-made product label B issued based on such label data. Therefore, for example, it is possible to indicate that a special order product is included in the bag by sticking to the takeout bag in which all the ordered products are packed. Therefore, it is possible to prevent a product delivery error when the take-out bag is delivered to the customer. In addition, when the portion excluding all or the total amount of the accounting processing data is generated as the label data in this way, it is preferable to print the special order information with a mark indicating that fact. This facilitates the distinction between custom-made products and other commodities, and can clearly show that the custom-made products are included in the bag.

  In the above embodiment, the label data generation unit 17 generates the label code as the label data, but may generate graphic data (raster data). In this case, it is not necessary to store information in which the label code and the graphic data are associated in the nonvolatile memory 65.

  Moreover, it is preferable that the label data generation part 17 produces | generates several label data based on each information, when the information of several special orders is contained in accounting process data. In this case, it is preferable that the collation data generation unit 14 generates collation data common to each label data. For example, in the case of issuing three custom-made product labels B “Label 1”, “Label 2”, and “Label 3”, common collation data “XXX” is added. The three custom-order labels B are printed with receipt verification data issued in one transaction and common verification data. Can be prevented more reliably.

  Moreover, you may comprise collation data by the common part with respect to one accounting data, and the identification data corresponding to each special order contained in one accounting data. For example, when the common part for one accounting data is “XXX” and the identification data is “1”, “2”, “3”, the matching data “XXX-1”, “ It can be considered that identification data is added as a branch number of collation data, such as “xxx-2” and “xxx-3”.

  In the above embodiment, the special order information indicates a change in the contents, but may be extra order information such as “add cheese”, It may be information relating to a storage method (such as “room temperature” or “frozen”) or information relating to sugar or a cooking method (such as “sugar cut” or “no ice”).

  On the other hand, it is included in the character string indicating special order information such as “with ketchup”, “without pickles”, “without mustard”, “without lettuce”, “without mayonnaise”, “increased mayonnaise”, “decrease mayonnaise” “Yes”, “No”, “No”, “Increase” and “Decrease” can be used as key codes. That is, the special order information is expressed by a set of key codes such as “Pick” and “Increase” and contents such as “Pickle”, “Mustard”, and “Lettuce”. In this case, when the key code detection unit 13 detects a character string including these key codes in the acquired accounting process data, the key code detection unit 13 determines that special order information is included in the received accounting process data. .

  The present invention is not limited to the order entry system 1 described above, and can be applied to various print processing systems that issue receipts and labels. For example, what is issued by the receipt printer 5 is not limited to the accounting receipt A on which the accounting processing data is printed, but may be a voucher such as an ordered custom product. In addition, in the case of a custom-made product that takes a long time to produce, a voucher printed with verification data may be issued separately from the accounting receipt A. Thereby, it is possible to prevent misidentification when handing over the custom-made product to the customer by exchanging it with the custom-made product on which the exchange ticket and the verification data are printed. Whether or not it takes time to produce a custom-made product can be determined by storing a key code for detecting predetermined information in association with the production time information.

  In the above embodiment, the POS register 2 generates cooking instruction data and transmits it to the display 8. However, the accounting processing data (and verification data) may be transmitted to the display 8. In this case, the display 8 extracts necessary information from the accounting process data, generates display data, and displays it. According to this configuration, generation of cooking instruction data by the POS register 2 can be made unnecessary. Instead of generating display data on the display 8 side, display data may be generated by a display driver installed in the POS register 2. Alternatively, the display 8 may be connected to the receipt printer 5 instead of the POS register 2 and display data may be generated based on the transaction processing data transferred from the receipt printer 5.

  In the above embodiment, the printer driver 10 analyzes the accounting data, generates collation data, and label data. However, the control device is connected to the output side of the POS register 2, and the control device You may do these. In this case, the output side of the control device is connected to the receipt printer 5 and the label printer 6. The POS register 2 and the control device, and the control device, the receipt printer 5 and the label printer 6 may be connected by a cable or a network.

  Moreover, it is possible to provide each component of the order entry system 1 shown in said embodiment as a program. It is also possible to provide the program stored in various recording media. That is, a program for causing a computer to function as each component of the order entry system 1 and a recording medium on which the program is recorded are also included in the scope of rights of the present invention. In addition, the processing of the POS register 2 is performed by cloud computing, and the receipt printer 5 and the label printer 6 are realized as Web printers, and can be appropriately changed without departing from the gist of the present invention.

  DESCRIPTION OF SYMBOLS 1 ... Order entry system 2 ... POS register 5 ... Receipt printer 6 ... Label printer 8 ... Display 10 ... Printer driver 11 ... Accounting process data acquisition part 12 ... Key code storage part 13 ... Key code detection part 14 ... Collation data generation part 15 ... Receipt data generation unit 16 ... Label data storage unit 17 ... Label data generation unit 21 ... Touch panel 22 ... Customer display 23 ... Cash drawer 30 ... POS application A ... Account receipt B ... Custom order label a1 ... Printed special order information a2 ... printed collation data b1 ... printed special order information b2 ... printed collation data

Claims (10)

A receipt and label issuing method for issuing a receipt and a label related to the receipt using a receipt printer and a label printer,
Get accounting data,
If the accounting data includes predetermined information, label data is generated based on the predetermined information,
Generating matching data for associating the label data with the accounting data;
Sending the transaction processing data and the verification data to the receipt printer,
A receipt and a label issuing method, wherein the label data and the collation data are transmitted to the label printer.   The printer driver acquires the accounting process data output from an application, and generates the label data and the matching data when the accounting process data includes the predetermined information. Item 4. The receipt and label issuing method according to item 1. The predetermined information is a character string related to the presence or absence or increase / decrease of the contents of the product,
3. The receipt and label issuing method according to claim 2, wherein the label is a custom-made label indicating that the product is specially ordered. The printer driver generates a label code that identifies the type of the label as the label data,
4. The label printer according to claim 2, wherein the label printer reads graphic data pre-associated with the label code from a predetermined storage unit, synthesizes the graphic data and the collation data, and issues the label. The receipt and label issuing method described.   When the accounting processing data includes a plurality of the predetermined information, the printer driver generates a plurality of the label data based on the predetermined information, and at least a part of the label data is common to the label data. 5. The receipt and label issuing method according to claim 2, wherein collation data is generated. A receipt printer for issuing receipts;
A label printer for issuing a label related to the receipt;
Accounting processing data acquisition unit for acquiring accounting processing data,
A label data generating unit that generates label data based on the predetermined information when the accounting processing data includes predetermined information;
A collation data generating unit that generates collation data for associating the label data with the accounting process data;
A first transmitter for transmitting the transaction processing data and the verification data to the receipt printer;
A receipt and label issuing system comprising: a host having a second transmission unit that transmits the label data and the collation data to the label printer. The accounting processing data acquisition unit acquires the accounting processing data output from the application,
The receipt and label issuing system according to claim 6, wherein the accounting processing data acquisition unit, the label data generation unit, and the collation data generation unit are realized by a printer driver. The predetermined information is a character string related to the presence or absence or increase / decrease of the contents of the product,
The receipt and label issuing system according to claim 6 or 7, wherein the label is a custom-made label indicating that the product is specially ordered. A printer driver installed on a host that can communicate with a receipt printer and a label printer,
When the accounting process data includes predetermined information, a label data generation unit that generates label data based on the predetermined information;
A collation data generating unit that generates collation data for associating the label data with the accounting data,
Output the accounting process data and the verification data to the receipt printer,
A printer driver, wherein the label data and the collation data are output to the label printer. The predetermined information is a character string related to the presence or absence or increase / decrease of the contents of the product,
The printer driver according to claim 9, wherein the label printer issues a custom-made label indicating that the product is specially ordered based on the label data.

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